Thermal Energy Storage (TES) is the technology of heat energy storage that allows the transfer and storage of excess thermal energy to be used later. (e.g., off-peak time electricity)
Related Definitions in the Project: The Geothermal Energy; Renewable Energy; Energy Definitions
Example Article of the Energy Storage:
Thermal Batteries Are the Hottest New Thing in Energy Storage (Source: Oil Price on 3 March 2024): By Haley Zaremba - The energy storage sector is on the verge of explosion. As leading economies around the world race to install more and more renewable energy production capacity, the nature of our energy landscape is changing, and the grid will need significant advances and infrastructural supports to keep up. One of these key supports is energy storage, which can manage and even out the variable flow of renewable energy to and from the grid. Due to its central role in energy security in an increasingly decarbonized world, the energy security sector could double in size over the course of 2024. The majority of energy storage is currently accomplished with the use of lithium-ion batteries, but there are a few problems with the wide-scale employment of this technology. First, lithium is a highly sought-after finite resource that is yielding an increasingly negative environmental and health impact in the places where it is mined. Moreover, it’s an essential component of electric vehicle batteries and photovoltaic solar panels, meaning that competition over lithium resources is already fierce and heating up. A 2023 report from Popular Mechanics estimates that “an electrified economy in 2030 will likely need anywhere from 250,000 to 450,000 tonnes of lithium.” For reference, “in 2021, the world produced only 105—not 105,000—tonnes.” ...
